321 lines
9.8 KiB
Racket
321 lines
9.8 KiB
Racket
#lang racket/base
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(require "../gentest-framework.rkt")
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(provide proto:errors)
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(define-tests proto:errors "Bad syntax"
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[#:suite
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"Atomic expressions"
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(testKE (#%top a b c)
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#:error-step)
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(testKE (#%top . 5)
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#:error-step)
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(testKE (quote)
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#:error-step)
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(testKE (quote a b)
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#:error-step)
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(testKE (#%require . x)
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#:error-step)
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(testKE (#%require 5)
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#:error-step)
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(testKE (#%require (prefix mzlib/list))
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#:error-step)
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(testKE (#%require (prefix 5 mzlib/list))
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#:error-step)]
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[#:suite
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"Definitions"
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(testKE (define-values x 'a)
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#:error-step)
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(testKE (define-values (x))
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#:error-step)
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(testKE (define-values (x) 'a 'b)
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#:error-step)
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(testKE (define-values (x) . 1)
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#:error-step)
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(testKE (define-values (x x) 1)
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#:error-step)
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(testKE (define-syntaxes x 1)
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#:error-step)
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(testKE (define-syntaxes (x))
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#:error-step)
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(testKE (define-syntaxes (x) 1 2)
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#:error-step)
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(testKE (define-syntaxes (x) . 3)
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#:error-step)
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(testKE (define-syntaxes (x x) 1)
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#:error-step)]
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;; "Simple expressions"
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[#:suite
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"if misapplied"
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(testKE (if)
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#:error-step)
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(testKE (if 1)
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#:error-step)
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(testKE (if 'a 'b)
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#:error-step)
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(testKE (if 1 2 3 4)
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#:error-step)
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(testKE (if . x)
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#:error-step)
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(testKE (if 1 . x)
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#:error-step)
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(testKE (if 1 2 . x)
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#:error-step)
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(testKE (if 1 2 3 . x)
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#:error-step)]
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[#:suite
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"wcm misapplied"
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(testKE (with-continuation-mark)
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#:error-step)
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(testKE (with-continuation-mark 1)
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#:error-step)
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(testKE (with-continuation-mark 1 2 3 4)
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#:error-step)
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(testKE (with-continuation-mark . x)
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#:error-step)
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(testKE (with-continuation-mark 1 . x)
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#:error-step)
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(testKE (with-continuation-mark 1 2 . x)
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#:error-step)
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(testKE (with-continuation-mark 1 2 3 . x)
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#:error-step)]
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[#:suite
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"set! misapplied"
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(testKE (set!)
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#:error-step)
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(testKE (set! x)
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#:error-step)
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(testKE (set! x . 3)
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#:error-step)
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(testKE (set! x 1 2)
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#:error-step)
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(testKE (set! 1)
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#:error-step)
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(testKE (set! 1 2)
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#:error-step)]
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;; "Sequence-containing expressions"
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[#:suite
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"begin misapplied"
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(testKE (#%expression (begin))
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#:error-step)
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(testKE (begin . 1)
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#:error-step)
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(testKE (begin 'a . 2)
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#:error-step)]
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[#:suite
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"begin0 misapplied"
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(testKE (begin0)
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#:error-step)
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(testKE (begin0 . 1)
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#:error-step)
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(testKE (begin0 'a . 2)
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#:error-step)
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(testKE (begin0 'a 'b . 3)
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#:error-step)]
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[#:suite
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"#%app (implicit) misapplied"
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(testKE (+ . 1)
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[#:steps (tag-app (#%app + . 1))
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error])
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(testKE (+ 1 . 2)
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[#:steps (tag-app (#%app + 1 . 2))
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error])
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(testKE (+ 1 2 . 3)
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[#:steps (tag-app (#%app + 1 2 . 3))
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error])]
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[#:suite
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"#%app (explicit) misapplied"
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(testKE (#%app . +)
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#:error-step)
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(testKE (#%app + . 1)
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#:error-step)
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(testKE (#%app + 1 . 2)
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#:error-step)
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(testKE (#%app + 1 2 . 3)
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#:error-step)]
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;; "Binding forms"
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[#:suite
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"lambda misapplied"
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(testKE (lambda)
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#:error-step)
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(testKE (lambda args)
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#:error-step)
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(testKE (lambda #(a b) 1)
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#:error-step)
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(testKE (lambda args . 1)
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#:error-step)
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(testKE (lambda 1 2)
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#:error-step)
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(testKE (lambda (1) 2)
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#:error-step)
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(testKE (lambda (x . 1) 2)
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#:error-step)
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(testKE (lambda (x x) 1)
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#:error-step)
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(testKE (lambda (x y x) 1)
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#:error-step)]
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[#:suite
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"letrec-values misapplied"
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(testKE (letrec-values)
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#:error-step)
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(testKE (letrec-values x)
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#:error-step)
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(testKE (letrec-values x 1)
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#:error-step)
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(testKE (letrec-values (x) 2)
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#:error-step)
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(testKE (letrec-values (x 1) 2)
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#:error-step)
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(testKE (letrec-values ([x 1]) 2)
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#:error-step)
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(testKE (letrec-values ([(x . y) 1]) 2)
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#:error-step)
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(testKE (letrec-values ([(x) 1 2]) 2)
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#:error-step)
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(testKE (letrec-values ([(x) 1] x) 2)
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#:error-step)
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(testKE (letrec-values ([(x) 1] [y 2]) 3)
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#:error-step)
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(testKE (letrec-values ([(x x) 1]) 2)
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#:error-step)
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(testKE (letrec-values ([(x) 1] [(x) 2]) 3)
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#:error-step)]
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[#:suite
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"Internal definitions"
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[#:suite
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"Basic internal definitions"
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(testKE (lambda () . 1) ;; FIXME
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#:error-step)
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(testKE (lambda () (begin))
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[#:steps (rename-lambda (lambda () (begin)))
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(splice-block (lambda ()))
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error])
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(testKE (lambda () (define-values (x) 1))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) 1) . 2)
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (begin (define-values (x) 1) . 2))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (begin (define-values (x) 1) . 2) 3)
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[#:rename+error-step rename-lambda])
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(testKE (lambda ()
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(define-values (x) 1)
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(define-values (x) 2)
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3)
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[#:rename+error-step rename-lambda])]
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[#:suite
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"#%stratified-body"
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(testKE (#%stratified-body
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(define-values (x) 'a)
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'b
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(define-values (y) 'c)
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'd)
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[#:steps (block->letrec (#%stratified-body
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(letrec-values ([(x) 'a])
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(#%stratified-body
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'b
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(define-values (y) 'c)
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'd))))
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(rename-letrec-values (#%stratified-body
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(letrec-values ([(x) 'a])
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(#%stratified-body
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'b
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(define-values (y) 'c)
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'd))))
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error])
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(testKE (#%stratified-body (define-values (x) 'a))
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[#:steps error])]
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[#:suite
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"bad internal begin"
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(testKE (lambda () (begin . 1))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (begin 1 . 2))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) 1) (begin . 2))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) 1) (begin 1 . 2))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) 1) (begin . 2) 3)
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[#:rename+error-step rename-lambda])]
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[#:suite
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"bad definition forms"
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(testKE (lambda () (define-values))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values x))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values x 1))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x . y) 1))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) . 1))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x) 1 2))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values (x x) 1))
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[#:rename+error-step rename-lambda])]]
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[#:suite
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"Errors in primitive contexts"
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[#:suite
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"Definitions"
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(testKE (define-syntaxes (x) (lambda))
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#:error-step)
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(testKE (define-values (x) (wrong))
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#:error-step)]
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[#:suite
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"Simple expressions"
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(testKE (if (wrong) 'b 'c)
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#:error-step)
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(testKE (if 'a (wrong) 'c)
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#:error-step)
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(testKE (if 'a 'b (wrong))
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#:error-step)
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(testKE (if (wrong) 'b)
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#:error-step)
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(testKE (if 'a (wrong))
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#:error-step)
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(testKE (with-continuation-mark (wrong) 'b 'c)
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#:error-step)
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(testKE (with-continuation-mark 'a (wrong) 'c)
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#:error-step)
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(testKE (with-continuation-mark 'a 'b (wrong))
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#:error-step)
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(testKE (set! x (wrong))
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#:error-step)]
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[#:suite
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"Sequence-containing expressions"
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(testKE (begin (wrong))
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#:error-step)
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(testKE (begin 'a (wrong))
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#:error-step)
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(testKE (begin0 (wrong))
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#:error-step)
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(testKE (begin0 'a (wrong))
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#:error-step)
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(testKE (#%app (wrong))
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#:error-step)
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(testKE (#%app + (wrong))
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#:error-step)]
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[#:suite
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"Binding forms"
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(testKE (lambda (x) (begin0 (wrong)))
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[#:rename+error-step rename-lambda])
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(testKE (letrec-values ([(x) (wrong)]) 1)
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[#:rename+error-step rename-letrec-values])
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(testKE (letrec-values ([(x) 'a]) (begin0 (wrong)))
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[#:rename+error-step rename-letrec-values])]
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[#:suite
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"Internal definitions"
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(testKE (lambda () (wrong))
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[#:rename+error-step rename-lambda])
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(testKE (lambda () (define-values () (wrong)) 1)
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[#:steps
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(rename-lambda (lambda () (define-values () (wrong)) 1))
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(block->letrec (lambda () (letrec-values ([() (wrong)]) 1)))
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(rename-letrec-values (lambda () (letrec-values ([() (wrong)]) 1)))
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error])
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(testKE (lambda () (define-values (x) 1) (wrong))
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[#:rename+error-step rename-lambda])]])
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